Top Research Papers on DevOps

The required cultural, organizational changes along with automation tools to realize DevOps are put forward and the common objections raised again DevOps and how to address it are addressed.

The research shows that the effectiveness of indirect Gamification depends on the age group, level, course content, and learning environment.

This thesis studies the challenges of Devops by interviewing nine experts who had been involved with Devops initiatives in their companies and found aligning existing organizational processes such as the change management process to accommodate the new way of working was found challenging.

A MAPE-K framework is presented that is built with existing Components-off-the-Shelf (COTS) that interacts with each other to perform self-adaptive actions on multi-cloud environments and validated with a prototype implementation and practical feasibility.

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This design research provides a framework that can aid organizations assess not only their status in fulfilling recommended DevOps principles, practices and tool use, but also includes required knowledge conversion between Dev and Ops teams by building on the dimensions of the widely recognized SECI model.

DevOps for Developers describes how to streamline the software delivery process and improve the cycle time, which will enable you to deliver software faster, in better quality and more aligned with individual requirements and basic conditions.

This research work investigates the significant effects of implementing AIOps (Artificial Intelligence for IT Operations) on many aspects of system management and IT infrastructure performance improvement, showing how AI-driven solutions have a big influence on IT operations and hold the promise of more dependable and effective systems.

DevOps means end-to-end automation in software development and delivery, and most developers will benefit from better connecting the previously isolated silos of development and operations.

This demonstration presents a digital library platform, which is a cloud-native, serverless, and microservice digital libraries management system, and shares the experiences and lessons learned about adopting the DevOps process.

The article presents a guide that discusses how to incorporate observability with DevOps: the step-by-step process of defining observability needs, choosing the most suitable tools, integrating with other tools in the existing DevOps frameworks, laboratory of alarms, and constant enhancement.

In many IT sectors, DevOps is here to stay, helping deliver higher-quality services more efficiently and thinking like a DevOps developer is an essential trait of an enlightened software professional.

This model provides insights into how alignment between development and operations can be achieved in DevOps teams within the IT function, and applies grounded theory to identify three mechanisms comprising a tripartite model of intra-IT alignment.

DevOps is a conceptual framework for software processes which improves development and operations by emphasizing close collaboration, automation of the software process, measurement of efficiency and effectiveness, and sharing of information.

Pro Website Development and Operations shows you how to streamline the work of web development and operations - incorporating the latest insights and methodologies of DevOps - so that your large-scale website is up and running quickly, with little friction and extreme efficiency between divisions.

This study identifies several key themes specific to Mobile DevOps adoption, including tool integration issues, testing complexities, deployment challenges and security concerns, which underscore the necessity for tailored DevOps solutions that can effectively address the unique demands of mobile software development.

This paper presents a competency model for enabling a high level of collaboration within a team and explains how these competencies are implemented in IT functions.

This article explores comprehensive insights into how AIOps functions are important in dealing with IT operations challenges within cloud-native DevOps, and aims to explore the benefits of AIOps in improving incident response efficiency, refining system monitoring capabilities, and optimizing IT operations.

An innovative DevOps framework and methodology are presented in this thesis to help rationalize and systematize security and privacy analyses in multiCloud so that an informed decision-process for risk-cost balanced selection of the protections of system components and the protections requested from Cloud Service Providers can be enabled.

Systems engineering is defined as a “full life cycle” discipline and provides methodologies and processes to support the design, development, verification, sustainment, and disposal of systems. While this cradle-to-grave concept is well documented throughout literature, there has been recent emphasis on evolving and digitally transforming systems engineering methodologies, practices, and tools for the latter phases of system life cycles. This article adapts principles from the software engineering domain DevOps concept (a collaborative merger of system development and operations) into a System...

A Netflix case study emphasizes DevOps in practice and Lorin Hochstein and I present a brief overview on DevOps best practice.

It is found that variations of DevOps implementations are gradual transitions on what the authors call a DevOps continuum, and a conceptual model is proposed which fosters their understanding of the DevOps phenomenon, relates DevOps to existing theories, and identifies new paths for future research.

The conditions under which DevOps can also be used in the industrial context of series manufacturing in order to be able to steadily develop and provide software features used in these environments are investigated.

The Varity and complexity of software development methods is getting increased from mid-1960, to accelerate product's time to market it is more and more pervasive so it becomes crucial to ensure the quality, performance, and security of software product in untrustworthy environment. DevOps focuses on automation and inter departmental integration to create an environment and culture that will increase software development speed as there are frequent conflicts occurs between development and operations. This paper focusses on architecture that redefines the DevOps pipeline by positioning Blockcha...

This research aimed to provide a critical evaluation of the data available in existing studies on the DevOps maturity models and to propose a DevOps adoption process improvement framework that is validated by industry practitioners.

The main purpose of this paper is to address the changes in the way DevOps is carried in industry and the scope of it due to evolving industry needs and newer emerging tools.

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It can be concluded that the implementation of the DevOps in software development has a positive correlation with the teamwork quality.

The objectives of the study are to provide a detailed definition of DevOps concept, to identify the benefits of implementing DevOps in organizations where agile development is in practice, the challenges faced by organizations during DevOps adoption and to identifyThe DevOps practices corresponding to each main pillar termed as CAMS.

This systematic literature review provides the critical components of DevOps adoption with challenges, best practices, and factors affecting DevOps success so that organizations can identify the possible challenges they may encounter, understand DevOps best practices, and the key factors affecting DevOps success.

The paper discusses the main tools used in the DevOps methodology and CI-CD practices: GitLab CI, Ansible, Docker, Terraform, Jenkins, Kubernetes, and can be changed, depending on the tasks that need to be solved.

A conceptual model for CSFs of DevOps is presented, which is a guide to reap the DevOps benefits while reducing the hurdles for enhancing the success of IS.

Results from the study indicate that automation streamlines the software development lifecycle and fosters a culture of continuous improvement and innovation.

The challenges of adopting Development and Operations (DevOps) in the U.S. Navy for combat systems are investigated to help acquisition leaders in planning for, and adapting DevOps to, the Navy's acquisition process to improve DoD’s software development and maintenance processes.

The hypothesis is that, by systematizing the introduction of DevOps into the software development process and defining the function of the members of the DevOps team members, may well make it quicker to implement this process, thus reducing conflicts between the teams.

This paper focuses on how to use continuous integration (CI) and continuous Delivery (CD) methodology in DevOps to reduce the developer-operator gap. It also, shows how CI can be a CD bridge. The paper review DevOps and analyze strategies, methodologies, issues, and processes identified for the adoption and implementation of continuing practices. The result of our case studies shows the benefits, and advantages of using CI/CD in software development. Furthermore, this paper presents DevOps as a new model for reducing the gaps between development (Dev) and operations (ops). The Azure tool is us...

The goal of this study is to create a DevOps maturity model that will help in guiding organizations to the required maturity level and in demonstrating to other parties in the organization what is needed for a thriving DevOps environment.

The core principles that underpin DevOps are explored, emphasizing the importance of automation, continuous integration, continuous delivery, and continuous monitoring in achieving operational excellence in achieving operational excellence.

A framework for distributed DevOps that utilizes the benefits of blockchain technology that can eliminate the shortcomings of DevOps is proposed, demonstrating the feasibility and potential benefits of the proposed framework that involves developing and deploying applications in a distributed environment.

Since neither DevOps nor GitOps has a standard definition, a synthesize one for each is synthesized and they are compared by their key elements.

This whitepaper elaborates on the various salient features of DevOps that shapes the way software releases are made today and explains how DevOps facilitates creation of granular services that ultimately helps in attaining flexibility and agility of development and operations in Cloud.

This paper looked at the challenges that DevOps brings to software development, as well as the techniques for mitigating such challenges, and verified and assess whether the problems and mitigation measures of implementing DevOps from systematic literature research are widespread in business.

A study of the application of integration models in the game development process and a software-tools evaluation available in the market for this purpose is introduced and an initial DevOps methodology experience is presented, demonstrating the real possibilities of using DevOps in game development.

The DevOps approach seeks to meld application development and deployment into a more streamlined process that aligns development quality assurance (QA) and operations team efforts to facilitate continuous development, continuous integration, continuous delivery and continuous monitoring processes.

The objective of this survey is to clarify the significance of a lead person to monitor the DevOps pipeline and report any failure detected in each development stage.

The design and development of the Mizzou Cloud DevOps platform is presented, an online self-service platform to learn cutting-edge Cloud DevOps tools/technologies using open/public cloud infrastructures for wide adoption amongst instructors/students and details the “application-inspired learning” methodology.

An overview of the significance DevOps in current software development emphasizing on how it can enhance collaboration, efficiency and quality and the transformative impact of DevOps on organizational culture is delved into.

Goal is to understand how the DevOps and Cloud work together to help businesses achieve their transformation goals.

This comparative and evaluative performance analysis will be beneficial to young researchers that study the metrics of software development, while also they will be introduced to the automotive environment of DevOps, the latest emerging buzzword in software development.

The ontology presented in this article facilitates the understanding of DevOps by identifying the relationships between software process elements and the agile principles/values that may be related to them and has the potential for improvement by incorporating new concepts and relationships as needed.